Prof. Dr. Abdelmajid Khelil
Informatik
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Mitglied Promotionszentrum DigiTech
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Leiter der Fakultätslabore "IoT" und "Software Engineering"
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Mitgründer des Institutes For Data and Process Science (IDP)
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Mitglied im Fakultätsrat der Fakultät Informatik (seit WS17/18)
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Vertreter der Hochschule in dem BMW Innovation Hub (seit 2022)
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Vertreter der Hochschule in dem ostbayerischen Hochschulnetzwerk INDIGO (seit 2020)
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Vertreter der Hochschule in dem ostbayerischen Hochschulnetzwerk in KI CAMPUS Ostbayern (seit 2020)
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Mitglied im Hochschulrat (WS 17/18 - SS 2019)
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Mitglied im Senat (WS 17/18 - SS 2019)
- Mitglied im Fakultätsrat der Fakultät Informatik (seit WS 2017)
- Leiter des IoT-Labors
Lehrgebiete
Internet der Dinge
Internet-Technologien
Software Engineering
Innovationslabor IoT Projekt
Publikationen
- 2024 - Qualitative Comparison of Tools for Handling Unstructured IIoT Data
- 2024 - A Layered Strategy for Reducing Offloading Latency in Fog Computing
- 2024 - Effective Timing for Reserving Fog Computational Resources for Time-Sensitive Vehicular Applications
- 2024 - CIML-R: Causally Informed Machine Learning Based on Feature Relevance
- 2024 - Rule-based Automated Waste Detection for Industry 4.0
- 2023 - Sensing Quality Driven Positioning and Orientation for LiDAR Sensors
- 2023 - 5-Safe: AI-Based Road Safety Enhancement for Schoolchildren Using 5G
- 2022 - Ontology-based Semantic Matching for Technology Transfer
- 2022 - Digital Lab for Basic and Advanced Features of Message Queuing Telemetry Transport (MQTT)
- 2022 - Optimal Timing for Bandwidth Reservation for Time-Sensitive Vehicular Applications
- 2022 - A Semantic Security Model for Cyber-Physical Systems to identify and evaluate potential Threats and Vulnerabilities
- 2022 - MQTT-4EST: RulE-BasEd WEb Editor for Semantic-aware Topic Naming in MQTT
- 2021 - Online-MQTT: Online Lab for Basic and Advanced Features of Message Queuing Telemetry Transport
- 2021 - Bandwidth Slicing with Reservation Capability and Application Priority Awareness for Future Vehicular Networks
- 2021 - A Security Scoring Framework to Quantify Security in Cyber-Physical Systems
- 2020 - A Scoring System to efficiently measure Security in Cyber-Physical Systems
- 2020 - A Security Qualification Matrix to Efficiently Measure Security in Cyber-Physical Systems
- 2020 - A Semantic Model-based Security Engineering Framework for Cyber-Physical Systems
- 2020 - Container-based Task Offloading for Time-Critical Fog Computing
- 2020 - A Priority- and Reservation-based Slicing for Future Vehicular Networks
- 2020 - A Benchmark of Security Metrics in Cyber-Physical Systems
- 2020 - An Effective Semantic Security Metric for Industrial Cyber-Physical Systems
- 2020 - SemSub: Semantic Subscriptions for the MQTT Protocol
- 2020 - Vielfalt und Agilität in einem Interdisziplinären Innovationslabor für Studierende mit Wirtschaft in Loop
- 2020 - Time-Critical Fog Computing for Vehicular Networks
- 2020 - Konzeptionierung und prototypische Implementierung eines smarten Briefkasten-Systems
- 2019 - A survey on outlier detection in Internet of Things big data
- 2019 - Validation of Wired and Wireless Interconnected Body Sensor Networks
- 2019 - Assessment of Model-based Methodologies to Architect Cyber-Physical Systems
- 2019 - Fog computing as the key for seamless connectivity handover in future vehicular networks
- 2019 - Enabling IoT Ecosystems through Platform Interoperability
- 2018 - Context-Aware Services based on Spatio-Temporal Zoning and Crowdsourcing
- 2017 - Bloom filter–based efficient broadcast algorithm for the Internet of things
- 2017 - Bloom Filter based Data Collection Algorithm for Wireless Sensor Networks